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Cationic PAM Product Series For Water Treatment
It can effectively reduce the precipitation of suspended particles and organic substances and prevent equipment clogging.
Keywords:
Cationic PAM
- Product Description
-
It can effectively reduce the precipitation of suspended particles and organic substances and prevent equipment clogging.
1.The corresponding model of this product can be selected for sludge dewatering according to the properties of the sludge. It can effectively dewater the sludge before it enters the filter press. During dewatering, it produces large flocs, does not stick to the filter cloth, does not disperse during filter press, and has a thick sludge cake with high dewatering efficiency. The moisture content of the sludge cake is below 80%.
2. This product is used for the treatment of domestic sewage and organic wastewater. It exhibits cationic properties in both mixed and alkaline media, which effectively flocculates and settles wastewater with negatively charged suspended particles in the wastewater. Such as wastewater from grain alcohol production, papermaking, urban sewage treatment plants, beer, monosodium glutamate factories, sugar production, high organic content, feed, textile printing and dyeing, etc
3.Paper making reinforcing agents and other additives. Improve the retention rate of fillers, pigments, and paper strength.
4.Used as an oil field economic additive, such as clay anti swelling agent and thickening agent for oil field acidification.
5.Used as a textile sizing agent, the slurry has stable performance, minimal shedding, low fabric breakage rate, and smooth fabric surface.Grade
Molecular Weight
Degree of ion
Solid content
Usage
Particle
P3005 High 5% ≥90% Water Treatment P3012
High
10%
≥90%
Water Treatment
P3030L High 20% ≥90% Water Treatment P3030M
High
20%
≥90%
Water Treatment
P3080H
Very High
40%
≥90%
Water Treatment
P3000
Very High
50%
≥90%
Water Treatment
P3050H
Very High
73-75%
≥90%
Water Treatment
P3060M High 80% ≥90% Water Treatment NO.
Sewage type
Use
Selection results (reference)
1
Papermaking sewage
Desulfurization
Low molecular weight, degree of ion 10, 15, 20, 30
2
Pulping sewage
Desulfurization
High molecular weight, degree of ion 20
3
Refinery sewage
Desulfurization
Low molecular weight, degree of ion 30,40
4
Sewage from coking plant
Desulfurization
Low molecular weight, degree of ion 10, 20
5
Printing and dyeing sewage
Desulfurization
Low molecular weight, degree of ion 5.10.20, 30;
High molecular weight, degree of ion 20, 306
Textile sewage
Desulfurization
Low molecular weight, degree of ion 5
7
Aquaculture sewage
Desulfurization
High molecular weight and Low molecular weight, degree of ion 30, 40
8
Slaughterhouse sewage
Desulfurization
High molecular weight, degree of ion 30, 40, 50
9Soy proteinDesulfurizationLow molecular weight, degree of ion 40, 50, 6010
Kitchen waste
Desulfurization
High molecular weight, degree of ion 40, 50, 60, 80
11
Landfill leachate
Desulfurization
High molecular weight, degree of ion 30, 40, 50, 60, 80
12
Desulfurization of power plants
Desulfurization
High molecular weight, degree of ion 40
13
Electroplating plant
Desulfurization
Low molecular weight, degree of ion 15, 20
14
Lithium battery factory
Desulfurization
High molecular weight, degree of ion 40
15
Citric acid
Desulfurization
Low molecular weight, degree of ion 40
16
Maltose factory
Desulfurization
Low molecular weight, degree of ion 40
17
Wash beets
Desulfurization
Low molecular weight, degree of ion 10, 15, 20
18
Seaweed sewage
Desulfurization
High molecular weight, degree of ion 40, 60
19
Yeast plant sewage
Desulfurization
Low molecular weight, degree of ion 20
20
Sewage from alcohol plant
Desulfurization
Low molecular weight, degree of ion 10, 20;
High molecular weight, degree of ion 15
21
Dairy sewage
Desulfurization
High molecular weight, degree of ion 40, 50
22
Palm oil factory
Desulfurization
Low molecular weight, degree of ion 60
23
Chemical fiber sewage
Desulfurization
High molecular weight, degree of ion 10, 20
24
Pesticide factory
Desulfurization
High molecular weight, degree of ion 30
25
Food factory (juice)
Desulfurization
High molecular weight, degree of ion 30
26
Pharmaceutical factory
Desulfurization
High molecular weight, degree of ion 15
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Step 2: Confirm the drawings and select the production process materials and specifications.
Step 3: Receive a quotation and production lead time.
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